Burying a nuclear power plant 1 mile deep: this ambitious American project
An American company is proposing an innovative solution: a nuclear reactor buried 1 mile (1.6 kilometer) beneath the earth's surface.
Techno-Science | 09.12.2024
Category: Featured
A Q+A with Liz Muller, CEO of Deep Fission
Serial entrepreneur Liz Muller has a new vision for the nuclear energy sector: putting SMRs deep underground.
Ignition | 09.12.2024
US company designs ‘groundbreaking’ subterranean power station with revolutionary nuclear technology: ‘We’ve innovated beyond other reactor designs’
Scientists are working hard to figure out how to produce nuclear energy safely, cheaply, and efficiently.
The Cool Down | 09.05.2024
Deep Fission unveils underground reactor concept
California-based nuclear startup company Deep Fission, which is proposing to place microreactors deep underground, announced its emergence from stealth mode and a USD4 million pre-seed investment round.
World Nuclear News | 08.29.2024
Funding secured for underground microreactor
US-based nuclear start-up Deep Fission has announced its emergence from stealth mode and a $4m pre-seed financing round, led by 8VC.
Nuclear Engineering International | 08.27.2024
Startup raises $4m to build nuclear reactors a mile underground
Elsewhere, could novel limestone pellets be "coal without the consequences"?
Data Centre Dynamics | 08.23.2024
Deep Fission Raises $4M in Funding
Deep Fission, a Berkeley, CA-based nuclear energy company, raised $4M in funding.
Finsmes | 08.23.2024
Exclusive: $4 million for Deep Fission’s underground nuclear reactors
Deep Fission raised $4M in funding for underground nuclear reactors.
Axios | 08.22.2024
Breakthrough Nuclear Startup, Deep Fission, Emerges from Stealth Mode with $4M in Backing
Deep Fission Inc., a pioneering nuclear energy company, today announced its emergence from stealth mode and a $4 million pre-seed round, led by 8VC. Positioned at the forefront of advanced energy technology, Deep Fission aims to redefine the future of nuclear power with an unprecedented approach: placing reactors a mile underground.
08.22.2024